This product is suitable for use in grinding and machining applications involving a wide range of materials. It can be applied to both ferrous and non-ferrous metals, including steel, bronze, copper, and aluminum. Its versatility makes MWF-PLUS NT CO GR-92 an effective choice for various machining tasks requiring a high-quality surface finish.

Importantly, this cutting oil does not contain chlorine or heavy metals. The absence of these substances is beneficial for worker safety and environmental considerations, as MWF-PLUS NT CO GR-92 eliminates potential hazards associated with these materials and reduces the environmental impact of its use.

The lubricating properties of this cutting oil are crucial for reducing the loads experienced by the cutting edge during the machining of tough materials. Effective lubrication minimizes friction and heat generation, extending tool life and enhancing machining quality by promoting smoother cutting.

This cutting oil is engineered to produce minimal mist during machining operations. This is advantageous because excessive mist can contribute to a cleaner and safer work environment by reducing airborne particles and the potential for operator exposure to mist-related hazards.

One of the noteworthy characteristics of MWF-PLUS NT CO GR-92 is its low evaporation rate. This means that MWF-PLUS NT CO GR-92 remains effective in the machining process for longer periods, reducing the need for frequent replenishment and ultimately resulting in lower oil consumption, which can lead to cost savings.

This cutting oil is formulated to perform exceptionally well across a wide range of pressures and temperatures. It is specifically designed for challenging machining conditions where the operating environment may vary significantly, ensuring consistent performance and protection under demanding circumstances.

This cutting oil is primarily composed of hydrotreated paraffinic oil. This base oil is chosen for its stability and performance in machining applications, where consistent lubrication and cooling are crucial.